EASTERN PACIFIC OBSERVATORYHURRICANE SEASON 2026/EP172026
Active stormNo. 17 / 2026

Hurricane Polo Tracker

HurricaneCategory 3

A changing storm. A clearer picture. Follow Polo’s path across the Eastern Pacific, with the latest observations from the National Hurricane Center.

SUSTAINED WIND
125mph
PRESSURE
951mb
MOVING N
12mph
HURRICANE CATEGORY
12345

Checks NHC data every 5 minutes.

Eastern Pacific / The storm track

FIG. 01
Preparing storm map
Observed pathForecast pathUncertainty coneDrag to explore
LATEST CENTER22.8°N/114.0°W
NHC ADVISORY #030
01 / THE BRIEFING

Reading the storm.

The latest observations, in context.
Verified sources. A little more perspective.

01POSITION & INTENSITY

Where is Polo
right now?

At the Sep 28, 2026, 03:00 UTC NHC fix, Polo was centered at 22.8°N, 114.0°W, moving N at 12 mph.

Maximum sustained winds in this advisory are 125 mph, with a central pressure of 951 mb.

Locate on the map
02PATH & OUTLOOK

What lies
ahead?

The NHC forecast provides 4 projected center positions. The dashed line connects the forecast fixes; the outlook can change with each advisory.

The cone describes uncertainty in the center’s path. Wind, rain, and dangerous surf can extend beyond it.

Read the forecast discussion
03WATCHES & WARNINGS

Along
the coast.

The latest map includes hurricane watch, tropical storm warning, hurricane warning segments. Check the advisory for exact locations and instructions.

Follow local guidance for decisions that affect your safety.

Check official alerts
02 / BEHIND THE DATA

Every observation,
at its source.

NHCNational Hurricane CenterNOAA · U.S. Department of Commerce

Good information starts with knowing where it comes from.

Position, intensity, track, forecast cone, and coastal alert layers come from the U.S. National Hurricane Center. Every view carries its advisory number and issuance time, so you can see exactly how recent it is.

How to read this map

The solid line joins observed center positions; the dashed line joins NHC forecast fixes. Lines between points are visual guides, not precise predictions. The cone is not an impact boundary. When a layer is unavailable, its control is disabled. Historical snapshots are labeled explicitly.